Write and convert ethanoic acid into methylamine?
Answers
Answered by
0
Hii friend,
# Step-by-step Solution-
Production of methanamide from ethanoic acid takes place in 3 steps in presence of 3 catalysts.
1)Ethanoic acid is converted to ethanoyl chloride with SOCl2 as catalyst.
CH3COOH ---> CH3COCl
catalyst:SOCl2
2)Ethanoyl chloride with excess of NH3 is converted to etahanamide.
CH3COCl ---> CH3CONH2
catalyst:excess NH3
3)Ethanamide undergoes hoffmann bromamide reaction in presence of Br2/KOH to produce methanamide.
CHH3CONH2 ---> CH3NH2
catalyst:Br2/KOH
Hope you understand the reactions.
Keep studying
# Step-by-step Solution-
Production of methanamide from ethanoic acid takes place in 3 steps in presence of 3 catalysts.
1)Ethanoic acid is converted to ethanoyl chloride with SOCl2 as catalyst.
CH3COOH ---> CH3COCl
catalyst:SOCl2
2)Ethanoyl chloride with excess of NH3 is converted to etahanamide.
CH3COCl ---> CH3CONH2
catalyst:excess NH3
3)Ethanamide undergoes hoffmann bromamide reaction in presence of Br2/KOH to produce methanamide.
CHH3CONH2 ---> CH3NH2
catalyst:Br2/KOH
Hope you understand the reactions.
Keep studying
Answered by
0
Conversion is shown below.
Step 1. ⇒ When Ethanoic Acid is made to reacts with the SOCl₂, then it will form CH₃COCl, (Methanoyl Chloride).
CH₃COOH + SOCl ----------- CH₃COCl
Step 2. ⇒ When Methanoyl Chloride produced is passed over the excess of the ammonia gas then, they will form Methanamide.
CH₃COCl + NH₃ --------- CH₃CONH₂
Step 3. ⇒ Now, Mathanamide produced will reacts with the Br₂ in NaOH solution, then it will change into Methanamine.
CH₃CONH₂ -----Br₂/NaOH ------ CH₃NH₂
Hope it helps.
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